Tear resistance

Organic chemistry

Mathematics

Pulp and paper industry

Kappa number

Ultimate tensile strength

Kraft process

Engineering

Composite material

Chemistry

Pulp (tooth)

Materials science

Dentistry

Cellulose

Lignin

Papermaking

Kraft paper

Medicine

ACS Omega

In this investigation, the relationship between fiber properties and papermaking properties of 22 non-wood materials at the unrefined and refined states was assessed. The fiber length had positive and the cell wall thickness had negative correlation on the strength properties for the refined pulp. The relationship between papermaking properties with pulp quality, such as fines, curl index, kink index, external fibrillation, and coarseness, was also determined. The correlations of multiple regression equations of fiber quality parameters were 70.4% for the tensile index and 84.9% for the tear index for the refined pulp. The correlations of multiple regression equations of chemical characteristics of the samples were 81.9% for the pulp yield and 42.7% for the kappa number. Holocellulose and α-cellulose had a positive and lignin had a negative effect on the pulp yield.

Non-Wood Fibers: Relationships of Fiber Properties with Pulp Properties